Jonathan Carpio Email & Phone Number

San Jose, Ca, Us

Palo Alto, California, Us

• Directed mechanical operations for the assembly, integration, & testing (AIT) of Intelsat G-31 and Sirius XM-9 geosynchronous communication satellites.• Frequently collaborated with management, engineers, and technicians to set long-term visions and short-term priorities. Persevered through aggressive schedules to meet project deadlines. • Organized and delegated 300+ written tasks to guide technicians through various action items. Utilized Creo CAD models, Siemens TeamCenter, engineering drawings, and documentation to drive standardized manufacturing processes.• Coordinated with several teams to prepare the spacecraft (S/C) for critical test phases such as TVAC, VIBE, CGMOI, communications testing and ranging, alignments, and mechanism deployments.• Evaluated, resolved, and documented 300+ production issues through nonconformance reports. Engaged in root cause determination, containment, corrective actions, and process improvement.• Devised a plan for a non-standard rework of a defective, critical RF payload unit with difficultaccessibility. Proposed this solution to stakeholders, management, and senior advisors - and obtainedtheir overall approval. Collaborated with the floor to perform this proposal, and succeeded.• Executed launch base operations for two satellites Intelsat G-31/G-32 at Cape Canaveral. Processed the S/C for final closure, fueling, and integration onto a SpaceX Falcon 9 rocket within 4 weeks.• Led critical operations as the test conductor (TC) to lift and move S/C (ranging from 2000-8000 lbs) onto payload adapters, handling dollies, and test fixtures. Directed a team of 8 members to execute these S/C moves.• Led 50+ other critical operations as the TC for S/C rotations, tilts, and complex unit integrations.• Closely collaborated with several engineering disciplines such as electrical, RF, thermal, dynamics, structural, systems, propulsion, materials, design/config, harness, quality, and mass properties.

San Jose, California, Us

• Manufactured optomechanical systems that measure microscopic dimensions of semiconductor products - such as the film thickness on fabricated wafers.• Integrated optical components, electronics, motors, and structural parts for each system build. • Aligned optical components to achieve a critical path between the light source, mirrors, main object or sample, and spectrometer with a 50-micron pinhole. Utilized manufacturing aids, specialized tools, lasers, and beam-profiling devices.• Verified system performance through rigorous testing. Conducted 1000+ loop cycles to validate robotic repeatability, and 10+ hours of continuous measurements to confirm spectrometer stability.• Used SolidWorks (CAD) to design test hardware. Designed a testing apparatus for microscopic-viewingcameras. Designed an adapter plate to mount an optical unit onto a test fixture. Produced drawings withstandard GD&T, and sent them to the machinist for fabrication.• Engaged in field service engineering and system maintenance. Performed root cause analysis and troubleshooting to resolve technical issues that arise with customers’ systems. Regularly communicated with clients and partners, worldwide.• Assembled electronic controllers that drive the optical unit and sample-handling stage along 3 axes. Integrated Elmo motor drives, power supplies, switches, relays, and National Instruments I/O boards. Referenced schematics to wire electrical circuits. Soldered and crimped numerous connections.• Wrote clear, detailed instructions to guide clients and/or other field service engineers on maintenance procedures.

San Jose, California, Us

• Decreased delays in manufacturing through quality inspections of incoming parts. Rejected 5% of incoming parts and addressed them ahead of schedule. Used flatness dial indicators, in-house metrology systems, microscopes, and calipers.• Examined wafer-handling base plates to confirm a flatness tolerance of +/- 0.0005 inches.• Used in-house metrology systems to test UV lamps. Ensured that UV lamps produced optical measurements with less than 0.2% of noise/fluctuations.• Transitioned into a full-time role as a manufacturing engineer upon graduation.

Costa Mesa, California, Us

San Rafael, Ca, Us

Palo Alto, California, Us